In addition, the company has its own operating system, iOS, that powers all its mobile phones. From its popularity, it is not hard to guess how vast its app market must be to align with the growing needs of its users. It’s no wonder that the mobile app industry is booming, with over 3.2 billion smartphone users globally. Since the COVID-19 pandemic, mobile application testing mobile app downloads increased by 23.3% worldwide in 2020. According to Gartner, smartphones were sold 10.2% more globally only in the second quarter of 2021, despite the COVID-19 pandemic. Mobile testing is not a simple process consisting of a single test; instead, it involves a series of tests to evaluate different aspects of the application.
Even though manual testing is an error-prone approach, it should be ignored because it simulates real-world scenarios that automated testing cannot replicate. A comprehensive mobile app should be tested across a number of different devices and operating systems to ensure maximum compatibility. In addition, it helps in addressing the issues that arise due to mobile device fragmentation and mobile OS fragmentation. A comprehensive mobile app testing checklist would prioritize features and functionalities to be tested for rolling out a winning app. Moreover, it saves you valuable time and effort, so you can get your apps in front of users and transform your businesses.
Compliance testing
This type of testing helps find and fix bugs, improve efficiency, integrate with the internal app, and ensure compliance with mobile specifications. This blog shows how you can ensure a bug-free application by following the mobile app testing checklist. Before launching an app, compatibility testing is performed to ensure good operability across different devices, operating systems, and browser versions. Software development teams work toward a bug-free, user-friendly mobile application that follows industry-standard software guidelines. Many applications’ functionalities depend highly on a mobile’s internal hardware specifications and operating system. Device testing ensures an app is ready to run on a spectrum of devices with any combination of specifications.
- Mobile App Testing involves analyzing mobile apps for functionality, usability, visual appeal, and consistency across multiple mobile devices.
- These technologies can even check the data tables, memory and file contents, inner programs, and other critical areas of an app to ensure it works as expected.
- The aforementioned mobile testing types must be incorporated into every app testing plan to ensure the release of a robust, user-friendly app with the highest chance of success.
- Therefore, testers need to leverage a combination of real devices and virtual devices (Simulator and Emulators) for mobile app testing.
- If possible, ask a control group of potential users what they think matters most in the app being developed, and structure the test plan accordingly.
- So, there are lots of frameworks, libraries, and tools for mobile app testing.
From a change in currencies to a change in cultures, an app should ideally be able to handle all that, especially if it is targeting a wide demography of audiences around the globe. Although there are many different types of apps on the market, we will cover Native, Hybrid, and Web Apps. Although there are several commercial tools available, Selenium has been the most preferred tool suite among the QA community for years. It allows QAs to automate website UI tests across popular web browsers like Chrome, Safari, Firefox, etc. QAs can also run parallel tests across desired environments using a Selenium Grid.
What is Mobile Testing?
Manually testing of app repetitively is not only time-consuming but costly too. But, with the help of AI and RPA, regression tests can be automated, saving overall time and costs. Frequently changing customer requirements is another challenge that testers face with mobile app testing. The main aim of this test is to ensure that the applications are free from all vulnerabilities and security loopholes. The different types of security tests that are conducted are vulnerability tests, penetration tests, security scanning, security auditing, etc.
As your app gains users, regularly perform scalability and load testing to ensure it can handle increasing traffic without a decline in performance. Testers use a variety of physical devices and real mobile operating systems to simulate real-world usage scenarios. A well-structured schedule helps manage resources effectively and ensures that testing is completed in a timely manner. Whether you’re adhering to Agile methodologies with frequent sprints or following a more traditional development approach, a clear schedule keeps the testing process on track.
What should I test in a mobile application?
This means you can test your app in a secure environment before it is publicly available. This feature is beneficial when you’re still in the development phase and need to run tests on an app version that’s not yet deployed. By testing your locally hosted or privately hosted apps, you can ensure your app is functioning correctly before making it live, reducing the chances of post-deployment bugs. There are two ways in which you can establish a local connection, Command Line Interface and LambdaTest Underpass. After your automation script is ready, the next step is to execute your test case. This involves running your written scripts against the uploaded application on LambdaTest’s real device cloud.
This ensures that your app functions consistently, even when users have poor network access. The production environment is the live, publicly accessible version of the mobile app that’s available to end-users. Testing helps to identify and rectify bugs that can lead to negative user experiences and crashes if left unattended. As a result, you can retain users and prevent them from uninstalling your app.
Types of Mobile App Development Frameworks
The developers and testers participating in the application development perform alpha testing, often known as the first step of user acceptability testing. Once the developers and testers are satisfied, the product is released for real-world testing, also known as mobile app beta testing. Beta testing is a technique of application testing in which people from outside the organization test the product and provide feedback. Beta testers install an application, use it as if they were a regular user, and provide their comments. Furthermore, enterprises benefit from the real-time performance data obtained throughout the mobile app beta testing period.
TestGrid can help you overcome the challenge of working with multiple devices. It offers thousands of real cloud devices for a reliable testing experience. You need to simulate real-world conditions and test under various networks, including slow, intermittent or limited connectivity.
Mobile Applications
Regularly review user feedback and ratings on mobile app stores and other platforms, paying attention to user reviews, comments and suggestions. Set up real-time monitoring tools and services that can continuously track the performance and behaviour of your app. Identify the key app performance metrics and Key Performance Indicators (KPIs) that are critical to your app’s success. These may include app load times, response times, error rates, crash reports, user engagement and conversion rates.
LambdaTest provides comprehensive support for various testing frameworks including Appium, XCUITest, and Espresso. These frameworks allow you to write automation scripts for your mobile app testing, enhancing the speed and efficiency of your testing process. Regardless of the framework you choose, LambdaTest ensures seamless integration and execution of your test scripts on their platform. The final step in the automated testing process is viewing & interpreting the results of your test execution.
Appium:
On the other hand, mobile app testing aims to identify any compatibility issues or bugs for the native or hybrid mobile app across a wide range of Android and iOS devices. However, the constant proliferation of mobile devices with diverse configurations required mobile apps to be tested across multiple mobile devices. Mobile app testing allows checking mobile app performance and functions without any errors, issues, or glitches. For example, testers can find out whether users can successfully download the app to multiple devices.
